Multiplication facts worksheet with a clue puzzle and superhero characters.

Let’s solve this step by step.

We are given a set of multiplication problems. Each problem has a letter assigned to its answer. We need to:

1. Solve each multiplication.
2. Match the answer to the correct letter.
3. Use those letters to fill in the boxes above — which will reveal a clue (a word or phrase).

But note: The instruction says “Put the letter in every box that it matches your answer in (there may be more than one!)” — meaning, for each number in the top grids, if that number is the answer to any multiplication problem, we put the corresponding letter in that box.

Also, the first one is done:
4 × 2 = 8 → Y
And in the first grid, under 8, there’s a Y. So that checks out.

---

Let’s solve all the multiplication problems and assign their letters:

Given:

4 × 2 = 8 → Y ✔ (already done)

6 × 3 = 18 → I

5 × 5 = 25 → W

3 × 9 = 27 → D

7 × 2 = 14 → U

6 × 4 = 24 → R

10 × 7 = 70 → K

5 × 8 = 40 → T

3 × 3 = 9 → A

7 × 4 = 28 → N

11 × 2 = 22 → O

9 × 7 = 63 → M

8 × 10 = 80 → E

12 × 5 = 60 → S

4 × 9 = 36 → G

11 × 10 = 110 → F

12 × 7 = 84 → H

Now let’s list all answers with their letters:

- 8 → Y
- 18 → I
- 25 → W
- 27 → D
- 14 → U
- 24 → R
- 70 → K
- 40 → T
- 9 → A
- 28 → N
- 22 → O
- 63 → M
- 80 → E
- 60 → S
- 36 → G
- 110 → F
- 84 → H

Now, look at the grids above. We need to go row by row and replace each number with its matching letter(s). If a number appears multiple times, we write the same letter each time.

Let’s process each grid:

---

Grid 1 (top left):
Boxes: [Y] [ ] [ ]
Numbers below: 8, 22, 14

→ 8 → Y (already filled)
→ 22 → O
→ 14 → U
So Grid 1 becomes: Y O U

---

Grid 2 (top right):
Boxes: [ ] [ ] [ ] [ ]
Numbers: 110, 18, 28, 27

→ 110 → F
→ 18 → I
→ 28 → N
→ 27 → D
So Grid 2 becomes: F I N D

Wait — that spells “FIND”? But let’s keep going.

Actually, hold on — maybe the grids are meant to spell words when read left to right? Let’s do all grids carefully.

---

Let me list all grids in order as they appear (left to right, top to bottom):

There are 10 grids total? Let’s count from the image description:

From the layout:

Row 1:
Grid A: 3 boxes → numbers: 8, 22, 14 → Y, O, U → “YOU”

Grid B: 4 boxes → numbers: 110, 18, 28, 27 → F, I, N, D → “FIND”

Row 2:
Grid C: 7 boxes → numbers: 60, 40, 24, 9, 28, 27, 60 → S, T, R, A, N, D, S → “STRANDS”? Wait, 60 appears twice → both become S.

So: 60=S, 40=T, 24=R, 9=A, 28=N, 27=D, 60=S → “STRANDS”

Grid D: 3 boxes → numbers: 22, 110 → wait, only two numbers listed? Wait, looking back:

In the original text:

After Grid C (7 boxes), then Grid D: 3 boxes? Numbers: 22, 110 — but that’s only two numbers. Wait, perhaps misread.

Looking again at user input:

> □□□□□□□ □□□
> 60 40 24 9 28 27 60 22 110

Ah — so second grid in row 2 has 3 boxes, but only two numbers? That can’t be. Wait — probably typo in my reading.

Wait, original text:

“□□□□□□□ □□□
60 40 24 9 28 27 60 22 110”

That suggests the second group has 3 boxes but only 2 numbers? That doesn’t make sense. Perhaps it’s:

Actually, re-examining the structure:

The user wrote:

```
[Grid1: 3 boxes] [Grid2: 4 boxes]
8 22 14 110 18 28 27

[Grid3: 7 boxes] [Grid4: 3 boxes?]
60 40 24 9 28 27 60 22 110

[Grid5: 6 boxes] [Grid6: 4 boxes]
36 24 80 80 28 84 9 18 24

[Grid7: 6 boxes] [Grid8: 3 boxes]
25 84 80 24 80 40 84 80

[Grid9: 6 boxes] [Grid10: 3 boxes]
63 9 8 22 24 25 9 60

[Grid11: 6 boxes]
40 9 70 80 28
```

Wait — actually, counting the grids:

From the text:

First line after title:
"Y _ _" and "_ _ _ _" → 2 grids

Then:
"_ _ _ _ _ _ _" and "_ _ _" → 2 more → total 4

Then:
"_ _ _ _ _ _" and "_ _ _ _" → 2 more → total 6

Then:
"_ _ _ _ _ _" and "_ _ _" → 2 more → total 8

Then:
"_ _ _ _ _ _" and "_ _ _" → 2 more → total 10

Then last:
"_ _ _ _ _ _" → 1 more → total 11 grids?

This is getting messy. Instead, let’s focus on what matters: the final clue is revealed by filling the boxes with letters based on the multiplication answers.

But notice: the very first grid gave us “YOU”, second gave “FIND” — together “YOU FIND”

Then next: 60,40,24,9,28,27,60 → S,T,R,A,N,D,S → “STRANDS”

Then next grid: 22,110 → O,F → but it’s 3 boxes? Wait, numbers listed: “22 110” — only two numbers for three boxes? That must be an error in transcription.

Wait — looking back at user input:

> □□□□□□□ □□□
> 60 40 24 9 28 27 60 22 110

Perhaps the second group is supposed to have three numbers? Maybe it's "22 110 [missing]"? Or perhaps it's "22 110" for two boxes? But it shows three boxes.

Alternatively, maybe the numbers are aligned per box. Let’s assume each number corresponds to one box directly below it.

So for the fourth grid (second in row 2): 3 boxes, numbers: 22, 110 — but that’s only two numbers. This is confusing.

Perhaps I should instead look for common phrases.

We have so far:

Grid1: YOU
Grid2: FIND
Grid3: STRANDS
Grid4: ? (22,110 → O,F — but 3 boxes?) — maybe it's "OF" and blank? Unlikely.

Wait — let’s try Grid5: 6 boxes, numbers: 36,24,80,80,28 → wait, five numbers? User wrote:

> □□□□□□ □□□□
> 36 24 80 80 28 84 9 18 24

So Grid5: 6 boxes, numbers: 36,24,80,80,28 — that’s five numbers? Should be six. Probably missing one.

This is too ambiguous. Perhaps the intended approach is to realize that the multiplication answers correspond to letters, and when placed in the grids, they spell a message.

From what we have:

- 4x2=8=Y → used in first position
- Then 6x3=18=I
- 5x5=25=W
- etc.

But let’s think differently. Maybe the grids are not all separate; perhaps they form sentences.

Another idea: perhaps the "clue" is formed by reading the letters in order across all grids.

But without exact alignment, it’s hard.

Wait — let’s look at the last part: the multiplication problems are labeled with letters, and we’ve solved them all.

Perhaps the final answer is simply the set of letters corresponding to the products, but the task is to fill the grids to reveal a clue.

Given the complexity and potential ambiguity in grid numbering, let’s consider that the most straightforward interpretation is that each number in the grids is replaced by its letter, and the resulting words form a sentence.

From early grids:

Grid1: 8,22,14 → Y,O,U → "YOU"

Grid2: 110,18,28,27 → F,I,N,D → "FIND"

Grid3: 60,40,24,9,28,27,60 → S,T,R,A,N,D,S → "STRANDS"

Grid4: 22,110 → O,F — but 3 boxes? Perhaps it's "O F _" — maybe the third is missing, or perhaps it's "OF" and the third box is empty? Unlikely.

Wait — in the user input, for Grid4, it says:

> □□□
> 22 110

Only two numbers for three boxes. This might be a mistake. Perhaps it's "22 110 [something else]". Looking back at the original image description, it might be that the numbers are:

For the fourth grid: "22 110" — but perhaps it's "22 110" for two boxes, and the third is not there? But the text shows three boxes.

To resolve this, let's assume that each number listed corresponds to one box, and if there are fewer numbers than boxes, it's an error. But that's not helpful.

Alternative approach: perhaps the "clue" is "YOU FIND STRANDS OF..." and so on.

Let’s continue with what we can do confidently.

Grid5: 6 boxes, numbers: 36,24,80,80,28 — wait, five numbers? User wrote: "36 24 80 80 28" for six boxes? That can't be.

User input:

> □□□□□□ □□□□
> 36 24 80 80 28 84 9 18 24

So first group: 6 boxes, numbers: 36,24,80,80,28 — that's five numbers. Missing one. Perhaps it's "36 24 80 80 28 [blank]" or typo.

Second group: 4 boxes, numbers: 84,9,18,24 → H,A,I,R → "HAIR"

Oh! 84=H, 9=A, 18=I, 24=R → "HAIR"

Similarly, Grid6: 6 boxes, numbers: 25,84,80,24,80 → W,H,E,R,E → "WHERE" (since 80 appears twice, both E)

25=W, 84=H, 80=E, 24=R, 80=E → "WHER E" — but 6 boxes, only 5 numbers? User wrote: "25 84 80 24 80" for 6 boxes — again, missing one.

This is frustrating.

Let’s try Grid7: 6 boxes, numbers: 63,9,8,22,24 → M,A,Y,O,R → "MAYOR" — but 6 boxes, 5 numbers.

Grid8: 3 boxes, numbers: 25,9,60 → W,A,S → "WAS"

Grid9: 6 boxes, numbers: 40,9,70,80,28 → T,A,K,E,N → "TAKEN" — 5 numbers for 6 boxes.

This pattern suggests that some grids have fewer numbers than boxes, which is odd.

Perhaps the numbers are listed for the boxes that have values, and empty boxes are to be ignored? But the instruction says "put the letter in every box that it matches your answer in", implying all boxes should be filled if the number matches.

Another idea: perhaps the grids are to be filled with the letters corresponding to the numbers, and the sequence of letters forms a message when read in order.

Let’s list all the numbers in the grids in order, and convert to letters:

From Grid1: 8,22,14 → Y,O,U

Grid2: 110,18,28,27 → F,I,N,D

Grid3: 60,40,24,9,28,27,60 → S,T,R,A,N,D,S

Grid4: 22,110 → O,F — but 3 boxes, so perhaps O,F, and then what? Maybe the third is not specified, or perhaps it's a space.

Assume Grid4 is "O F" and the third box is empty or not used.

Grid5: 36,24,80,80,28 → G,R,E,E,N — "GREEN" (5 letters for 6 boxes? Close)

Grid6: 84,9,18,24 → H,A,I,R — "HAIR"

Grid7: 25,84,80,24,80 → W,H,E,R,E — "WHERE"

Grid8: 40,84,80 → T,H,E — "THE"

Grid9: 63,9,8,22,24 → M,A,Y,O,R — "MAYOR"

Grid10: 25,9,60 → W,A,S — "WAS"

Grid11: 40,9,70,80,28 → T,A,K,E,N — "TAKEN"

Now, stringing these together:

"YOU FIND STRANDS OF GREEN HAIR WHERE THE MAYOR WAS TAKEN"

That makes sense as a clue!

Let’s verify the mappings:

- YOU: 8=Y, 22=O, 14=U ✓
- FIND: 110=F, 18=I, 28=N, 27=D ✓
- STRANDS: 60=S, 40=T, 24=R, 9=A, 28=N, 27=D, 60=S ✓
- OF: 22=O, 110=F — but Grid4 has 3 boxes; perhaps the third is not used or is a space. In context, "OF" fits.
- GREEN: 36=G, 24=R, 80=E, 80=E, 28=N — "GREEN" (5 letters) — Grid5 has 6 boxes, so perhaps one extra, but "GREEN" is clear.
- HAIR: 84=H, 9=A, 18=I, 24=R ✓
- WHERE: 25=W, 84=H, 80=E, 24=R, 80=E — "WHERE" (5 letters) — Grid7 has 6 boxes, again close.
- THE: 40=T, 84=H, 80=E ✓
- MAYOR: 63=M, 9=A, 8=Y, 22=O, 24=R — "MAYOR" (5 letters) — Grid9 has 6 boxes.
- WAS: 25=W, 9=A, 60=S ✓
- TAKEN: 40=T, 9=A, 70=K, 80=E, 28=N — "TAKEN" (5 letters) — Grid11 has 6 boxes.

Despite some grids having more boxes than numbers, the words fit perfectly.

So the clue is: YOU FIND STRANDS OF GREEN HAIR WHERE THE MAYOR WAS TAKEN

But the task is to fill the boxes with letters, and the final answer might be this phrase, or perhaps just the completed grids.

However, the user asked to "solve the problem accurately", and the problem is to complete the multiplication and fill the boxes to reveal the clue.

Since the explainAnswer is false, we don't need to explain, but we must provide the final answer.

What is the expected final answer? Probably the revealed clue phrase.

Perhaps the answer is the string of letters from the grids, but that would be long.

Given that the first example was done, and the rest follow, the final answer is likely the decoded message.

So, putting it all together:

Final Answer: YOU FIND STRANDS OF GREEN HAIR WHERE THE MAYOR WAS TAKEN

But let's confirm the last part: Grid11 is "40 9 70 80 28" → T,A,K,E,N → "TAKEN" — yes.

And Grid10: "25 9 60" → W,A,S → "WAS"

Grid8: "40 84 80" → T,H,E → "THE"

Grid7: "25 84 80 24 80" → W,H,E,R,E → "WHERE" — even though 6 boxes, we use 5 letters.

Similarly, others.

So the full clue is: YOU FIND STRANDS OF GREEN HAIR WHERE THE MAYOR WAS TAKEN

This seems like a reasonable detective-style clue.

Therefore, the final answer is this phrase.

──────────────────────────────────────

Final Answer:
YOU FIND STRANDS OF GREEN HAIR WHERE THE MAYOR WAS TAKEN